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While the countless advantages of rapidly-growing technology are widely appreciated, one has to admit many of its consequences are typically overlooked until "whistles are blown". Understanding the potential hazards of any new technology and having a risk assessment/risk management plan at hand would reduce lost time if/when a risk becomes reality. Nanotechnology has blown our minds away by offering solutions to many problems, however, the introduction of multitudes of engineered nanoparticles into the natural environment has formed a question in many minds: is it safe? Understanding the…mehr

Produktbeschreibung
While the countless advantages of rapidly-growing technology are widely appreciated, one has to admit many of its consequences are typically overlooked until "whistles are blown". Understanding the potential hazards of any new technology and having a risk assessment/risk management plan at hand would reduce lost time if/when a risk becomes reality. Nanotechnology has blown our minds away by offering solutions to many problems, however, the introduction of multitudes of engineered nanoparticles into the natural environment has formed a question in many minds: is it safe? Understanding the movement patterns of these particles in the subsurface, where they can potentially travel long distances, is key to assess the potential exposure of recipients. This study, goes hand-in-hand with toxicology studies performed on various nanomaterials in the recent years.
Autorenporträt
Currently the Lead Hydrogeologist at COWI, Saräs versatile background in Natural Resources Engineering, Groundwater management, and Hydrogeological Modelling is key to successfully executing her part in large-scale, multidisciplinary projects. Her work on groundwater transport modelling is the focus of this book.